F. Grard
Imperial College London
8 Papers
103 Citations
F. Grard is an academic researcher from Imperial College London. The author has contributed to research in topics: Meson & Pion. The author has an hindex of 7, co-authored 8 publications.
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Papers
Inclusive meson resonance production in K+p interactions at 70 GeV/c
M. Barth,C. De Clercq,E. A. De Wolf,J. J. Dumont,D. Johnson,Jacques Lemonne,P. Theocharopoulos,H. Drevermann,Yves Goldschmidt-Clermont,G. Harigel,C. Milstène,J. P. Porte,R. T. Ross,S. Squarcia,G. Vassiliadis,C. Caso,R. Contri,F. Fontanelli,R. Monge,U. Trevisan,J. F. Baland,J. Beaufays,J. Hanton,F. Grard,L. Gatignon,P. A. van der Poel,D. J. Schotanus,A. Stergiou,R. T. Van de Walle,A. A. Borovikov,P. V. Chiliapnikov,Alexander Fenyuk,I. A. Gritsaenko,O. V. Kasian,G. N. Khromova,V. M. Kubic,S. B. Lugovsky,V. I. Nikolaenko,Y. L. Petrovikh,V. M. Ronjin,V. A. Uvarov,A.P. Vorobjev +41 more
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Charged pion production in 70 GeV/c K+p interactions
M. Barth,C. De Clercq,E. A. De Wolf,J. J. Dumont,D. Johnson,Jacques Lemonne,Philippe Peeters,R. Contri,H. Drevermann,L. Gerdyukov,Yves Goldschmidt-Clermont,G. Harigel,C. Milstène,J. P. Porte,R. T. Ross,P. Theocharopoulos,C. Caso,F. Fontanelli,R. Monge,S. Squarcia,U. Trevisan,J. F. Baland,J. Beaufays,J. Kesteman,F. Grard,P. A. van der Poel,L. Gatignon,W. Kittel,Wesley James Metzger,D. J. Schotanus,A. Stergiou,R. T. Van de Walle,Y. A. Belokopitov,P. V. Chliapnikov,A. Fenuyk,V. M. Kubic,S. B. Lugovsky,S. G. Nikitin,Vladimir Nikolaenko,Y. L. Petrovikh,V. M. Ronjin,O. G. Tchikilev,V. Yarba +42 more
TL;DR: In this paper, the authors studied the performance of charged pion production in an exposure of BEBC, filled with hydrogen, to an incidentK ≥ 70 GeV/c.
22
Jet-like properties of multiparticle systems produced in K+p interactions at 70 GeV/c
M. Barth,C. De Clercq,E. A. De Wolf,J. J. Dumont,D. Johnson,Jacques Lemonne,Philippe Peeters,H. Drevermann,Yves Goldschmidt-Clermont,G. Harigel,C. Milstène,J. R. Porte,R. T. Ross,M. Spyropoulou-Stassinaki,S. Squarcia,P. Theocharopoulos,C. Caso,R. Contri,F. Fontanelli,R. Monge,U. Trevisan,J. F. Baland,J. Beaufays,J. Hanton,F. Grard,L. Gatignon,W. Kittel,Wesley James Metzger,P. A. van der Poel,D. J. Schotanus,A. Stergiou,R. T. Van de Walle,A. A. Borovikov,P. V. Chliapnikov,Alexander Fenyuk,L. Gerdyukov,I. A. Gritsaenko,O. V. Kasian,G. N. Khromova,V. M. Kubic,S. B. Lugovsky,Vladimir Nikolaenko,Y. L. Petrovikh,V. M. Ronjin,V. Yarba +44 more
TL;DR: In this article, the authors present results on the jet-like properties of multiparticle systems produced in K+p interactions at 70 GeV/c. The data analysed in terms of several variables commonly used to study the jet structure of an event.
20
Cross sections and multiplicity distributions for K + p interactions at 70 GeV/ c
M. Barth,C. De Clercq,E. A. De Wolf,J. J. Dumont,M. Gijsen,D. Johnson,Jacques Lemonne,Philippe Peeters,H. Drevermann,Yves Goldschmidt-Clermont,G. Harigel,J. P. Porte,R. T. Ross,Andreas Stergiou,C. Caso,R. Contri,R. Monge,S. Squarcia,U. Trevisan,J. F. Baland,J. Beaufays,F. Grard,J. Kesteman,P. A. van der Poel,W. Kittel,Wesley James Metzger,D. J. Schotanus,R. T. Van de Walle,Y. A. Belokopitov,P. V. Chliapnikov,Alexander Fenyuk,Stanislav Klimenko,V. M. Kubic,S. B. Lugovsky,Vladimir Nikolaenko,Y. L. Petrovikh,V. M. Ronjin,A.P. Vorobjev,V. Yarba,Gideon Alexander,S. Dagan,D. Lissauer,C. Milstene +42 more
TL;DR: In this article, cross sections and charged multiplicity distributions for K ≥ 70 GeV/c were presented and compared with K ≥ 0.5 and K ≥ 1.5 at other energies.
Cross sections for exclusive channels in $$\bar pp$$ reactions at 12 GeV/c
R. Casali,R. Casali,A. Anostolakis,A. Anostolakis,C. Caso,C. Caso,F. Grard,Yves Goldschmidt-Clermont,Yves Goldschmidt-Clermont,P. Herquet,A. Jacholkowska,A. Jacholkowska,G. Parisis,C. Poiret,J. P. Porte,J. P. Porte,G. Vassiliadis,G. Vassiliadis +17 more
TL;DR: In this article, the data obtained in an exposure of BEBC to an r.f. separated beam of antiprotons at 12 GeV/c were used to derive exclusive cross sections for reactions having one or more neutral strange particles in the final state.